E36D630HPN103MA67M

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Aluminum Electrolytic Capacitors are polarized capacitors with a relatively large capacitance value per unit volume. This type of capacitor typically consists of two aluminum foils, with an insulating electrolyte paper in the middle. E36D630HPN103MA67M belongs to the Aluminum Electrolytic Capacitors type.

E36D630HPN103MA67M is an Axial Aluminum Electrolytic Capacitor with small dimensions, high voltage and low leakage current. It features high insulation resistance. It is mainly used in the power supply filtering, communication equipment, timer circuits, audio-frequency circuits, medical equipment, LED backlight drive and other DC-DC power supplies of high and medium voltage filter applications.

The working principle of E36D630HPN103MA67M is based on the electrolyte. The anode consists of a pure aluminum foil and the cathode consists of an aluminum foil treated with an oxide layer. The oxidized aluminum film acts as a cathode. The electrolyte acts as a dielectric, and between the two aluminum electrodes, a capacitor with a certain capacitance and a certain voltage resistance is formed. Electrical charges are stored on the opposite surfaces of the electrolyte with the other parts of the capacitor charged or discharged. As the applied voltage changes, the electric field intensity between the two electrodes of the capacitor changes and thus changes the capacitance.

The strength of the capacitor depends on its capacitance, which is determined by the area and length of the active layers of the capacitor. An important parameter of any capacitor is its ESR value. The lower the ESR, the better the capacitor. In addition, aluminum electrolytic capacitors also have a variety of parameters such as DC voltage, leakage current, ripple current with temperature, life, and so on.

In conclusion, E36D630HPN103MA67M is an axial aluminum electrolytic capacitor used in many applications requiring high voltage and low leakage current. It belongs to the Aluminum Electrolytic Capacitors type and works based on an electrolyte to create a capacitor with a certain capacitance and a certain voltage resistance. Its strength depends on its capacitance, ESR value, DC voltage, leakage current, ripple current with temperature, and life.

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